The two poles of the stator winding are connected to each other so that the AC voltages are in phase, so they add.
Also Read : Synchronous Machines|synchronous generator & synchronous Motor
As the rotor (field) turns, its poles will induce AC voltages in the stator (armature) windings.
Since one rotor pole is in the same position relative to a stator pole as any other rotor pole, both the stator poles are cut by equal amounts of magnetic lines of force at any time. As a result, the voltages induced in the two poles of the stator winding have the same amplitude or value at any given instant.Â
Read Also :Three-phase alternator|3 phase Synchronous Generator
- Read Here Synchronous machines notes and MCQs
- Read about Synchronous Machines
- Construction of Synchronous Machines
- Read Here Electrical and Mechanical Degrees in Synchronous Machines
- Synchronous Machines Advantages and disadvantages
- Parallel operations of Alternators
- Synchronous machines MCQ 3
- Synchronous machines MCQ 2
- Synchronous machines MCQ 1
- Single phase alternator|Synchronous Generator
- Three-phase alternator|3 phase Synchronous Generator
- Industries Extension Officer Syllabus Kerala PSC|IEO 2024 Syllabus
- [PDF]Trade Instructor Gr.II Electroplating Syllabus Kerala PSC|92/2023 syllabus
- [PDF] Syllabus Assistant Engineer Electrical Harbour Engineering Kerala PSC
- Industries Extension Officer Kerala PSC Notification|IEO 2024
- Electricity Act 2003 Section 135
- Synchronous Motor Advantages, Disadvantages & Applications
- [Latest]Assistant Director industries and commerce Kerala PSC syllabus|630/2023 syllabus